- icrc2007@icrc2007.unam.mx
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Contribution Poster (WITHDRAWN)
Speakers
- Dr. SUDHIR KUMAR SHRIVASTAVA
Primary authors
- Dr. SUDHIR KUMAR SHRIVASTAVA (DEPARTMENT OF PHYSICS, GOVERNMENT SCIENCE COLLEGE (AUTONOMOUS), JABALPUR (M.P.) 482021 INDIA)
Co-authors
- Dr. RAJESH KUMAR MISHRA (Computer and IT Section, Tropical Forest Research Institute, P.O.: RFRC, Mandla Road, Jabalpur (M.P.) 482 021, India)
- Dr. REKHA AGARWAL MISHRA (DEPARTMENT OF PHYSICS, GOVERNMENT SCIENCE COLLEGE, JABALPUR)
Abstract content
Systematic correlative studies have been performed since long to establish a significant relationship between cosmic ray intensity and different solar/heliospheric activity parameters and study is extended to recent solar cycle 23. In the present work yearly average of sunspot number (Rz), interplanetary magnetic field (B) have been used to correlate with yearly average cosmic ray intensity derived from the data of Moscow neutron monitor. It is noticed that for four different solar cycles 20-23 the cosmic ray intensity is found to anti-correlated with sunspot numbers (Rz) and interplanetary magnetic field (B) with some discrepancy. However, the interplanetary magnetic field B shows a good positive correlation with Rz for four different solar cycles. The IMF, B shows a weak negative correlation (-.35) with cosmic rays for the solar cycle 20, whereas show a good anti-correlation for the solar cycles 21-23 (- 0.76, -.69).